CHANGES IN PHASE COMPOSITION AND STRENGTH PROPERTIES OF 12Cr18Ni10Ti AUSTENITIC STEEL AS A RESULT OF DEFORMATION AND POST-DEFORMATION ANNEALING
K. V. TsaiInstitute of Nuclear Physics; Al-Farabi Kazakh National UniversityO.V. RofmanInstitute of Nuclear Physics; “MISIS” NUSTMaxim A. OtstavnovInstitute of Nuclear Physics; Al-Farabi Kazakh National University
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The results of experiments studying the peculiarities of changes in both phase composition and mechanical properties of austenitic 12X18H10T stainless steel, unirradiated and irradiated with neutrons, subjected to low-temperature deformation and post-deformation annealings in the temperature range 300–800 °C are discussed. The features of the formation and growth of the martensitic-phase during deformation and annealing are investigated. The dependence of the α´-phase content on microhardness of austenitic steel is considered.
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